Navigating Comics: An empirical and theoretical approach to … · Navigating Comics 2 Page...

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Navigating Comics: An empirical and theoretical approach to strategies of reading comic page layouts Neil Cohn Supplementary Appendix: The Steranko Page The page by Steranko cited by Barber was the prime example for his claim that people take in pages as a whole, and thus it was included with the other layouts in the experimental stimuli. It is therefore worth reporting the findings from the strategies used to navigate it. Clearly, this page posed difficulties to people, and two participants even declined to complete it. Full page navigation On the whole, no single path completed the whole page more than 18 times out of 143, a mean of .126 (SD= .333), and this most-frequent path was clearly significant when compared with the Grid, t(142)=26.378, p<.001. A chi-squared of all page paths above a frequency of 4 (which was 11 different types of paths) showed that these strategies were used at significantly different rates from each other, χ 2 (10, 143)=63.538, p<.001. It is notable that paths below a frequency of 4 constituted the largest group, with 37 out of 143. The top four full-page paths are depicted below, with their frequencies.

Transcript of Navigating Comics: An empirical and theoretical approach to … · Navigating Comics 2 Page...

Page 1: Navigating Comics: An empirical and theoretical approach to … · Navigating Comics 2 Page segmentation As expected, this page did not maintain an obvious consistent path on the

Navigating Comics: An empirical and theoretical approach to strategies of reading comic page layouts

Neil Cohn

Supplementary Appendix: The Steranko Page The page by Steranko cited by Barber was the prime example for his claim that people take in pages as a whole, and thus it was included with the other layouts in the experimental stimuli. It is therefore worth reporting the findings from the strategies used to navigate it. Clearly, this page posed difficulties to people, and two participants even declined to complete it.

Full page navigation On the whole, no single path completed the whole page more than 18 times out of 143, a

mean of .126 (SD= .333), and this most-frequent path was clearly significant when compared with the Grid, t(142)=26.378, p<.001. A chi-squared of all page paths above a frequency of 4 (which was 11 different types of paths) showed that these strategies were used at significantly different rates from each other, χ2(10, 143)=63.538, p<.001. It is notable that paths below a frequency of 4 constituted the largest group, with 37 out of 143. The top four full-page paths are depicted below, with their frequencies.

Page 2: Navigating Comics: An empirical and theoretical approach to … · Navigating Comics 2 Page segmentation As expected, this page did not maintain an obvious consistent path on the

Navigating Comics

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Page segmentation

As expected, this page did not maintain an obvious consistent path on the whole. However, despite the inconsistency of the overall navigation of the page, certain segments of the page were ordered in consistent patterns with relatively high frequency. These patterns reflected both z-path and blockage paths. Participants tended to break the page up into two major segments of the upper and lower halves of the page. This break was most apparent because the first panel of the lower section (marked panel “A” below) was chosen as following the upper section 91% of the time (130 of 143).

Each of these segments used very apparent z-path or blockage strategies. For the first segment, both blockage and z-path routes were significantly high. In the opening panels, a z-path route was used 60 times compared to 53 times for blockage type navigation (31 used alternate strategies), a significant difference, χ2(2, 143)=10.336, p<.01, depicted below. Solid lines represent high frequency paths, with lighter lines less frequent.

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Z-path Frequency /143 Blockage Frequency /143 ABCDEFG 19 ADEBCFG 12 ABCDEGF 41 ADEBCGF 21 Other 30 ADFBCGE 20

Interestingly, only in z-path routes was panel E chosen immediately before panel F. Only one person read the order ADEFB and only one read ADEBF, despite the fact that they would create a fairly cohesive block to the left of panels C and G. That the order EF was only chosen in the z-path means that panel B was already completed as the preferred option. Indeed, 56 out of the 57 times that featured the order EB, they were preceded by a blockage route of AD.

The bottom segment was also divided up into consistent patterns of blockage and z-path. A single blockage path was chosen 67 times, compared to 53 for various types of z-paths with 23 alternative routes, χ2(2, 143)=21.203, p<.001. The z-path route divided into two separate paths, described below, and the three paths overall were also significant, χ2(3, 143)=42.818, p<.001.

Z-path Frequency /143 Blockage Frequency /143 HKIJLM 16 HIJKLM 67 HLIJKM 37 Other 23 The final four panels, here labeled as J-K-L-M, were also ordered with one particular path at a fairly high frequency. These panels were ordered “JKLM” slightly over half of all times, a mean of (M=.54, SD=.5). When excluding the absolute right corner panel (“M”), the segment block of “JKL” increases to over three quarters of all responses, (M=.76 (SD=.43). Conclusion As should be obvious, this page created great difficulty for participants. However, it does not support that the page as a whole is assimilated holistically, since various navigational paths do clearly appear throughout the page. The strategies of blockage versus the z-path are fairly apparent, no doubt reflecting the competition between the various ECS preference rules. Additionally, since Barber’s thesis involves meaning, it should be mentioned that the actual content of this page facilitates that no particular reading order is preferred. Other than the

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need to read panel J before panel M, the rest of the panels of this page have no temporal order to them. Rather, they show various environmental aspects of a carnival, but have no narrative arc. Indeed, the frantic layout facilitates a feeling of overwhelming sights and sounds of a carnival scene, with information coming in no organized manner. Thus, even if the layout does not direct a reader linearly through the page, the content of this page does not require such a reading anyhow.